Sentence examples for mechanical fatigue analysis from inspiring English sources

The model used in this paper is based on particular application of the constitutive model described in reference [S. Oller, O. Salomon, E. Onate, A continuum mechanics model for mechanical fatigue analysis, Comput Mater Science 2005 32(2):175–95].

The strategy is coupled to a continuum damage model for mechanical fatigue analysis.

A finite element methodology for thermo-mechanical fatigue analysis of a subcritical power plant outlet header under realistic loading conditions is presented.

Fatigue analysis of mechanical components subjected to random loads has been recently upgraded through several developments of calculation procedures, with the scope to support the designer within the loading condition numerical simulation.

The thermo-mechanical reliability and low-cycle fatigue analysis demonstrate the influence of incorporating strain gradient effects in predicting the evolution of plastic deformation and low-cycle fatigue life in the copper microvia structures.

The aim was to develop a methodology for fast evaluation of the packages, with focus on wire bond fatigue, by combining finite element analysis (FEA) and mechanical fatigue testing.

The methodology is based on a global computational approach composed of a mechanical finite element analysis, followed by a fatigue analysis.

The mechanical analysis provides the stabilized stress path and the fatigue analysis provides the fatigue life.

The proposed method is composed of a fluid flow, a thermal and a mechanical finite element computation, as well as a final fatigue analysis.

Mechanical design problems are classified as structural analysis, modal analysis, and fatigue analysis; they are formulated as FEA simulation models, so that commercial FEA tools can be applied to determine stress distribution, deformation, stability, and fatigue lives.

In this case, the increased tendon mechanical resistance observed during endurance training and H. aphrodisiaca treatment may represent a mechanism to prevent tendon damage due to mechanical fatigue.